TRecMdcTrack.h

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#ifndef RootEventData_TRecMdcTrack_H
#define RootEventData_TRecMdcTrack_H 1
 
#include "TObject.h"
#include <vector>
 
using namespace std;
 
class TRecMdcTrack : public TObject {
    
public:
    
  TRecMdcTrack();
    
  ~TRecMdcTrack ();
  //Get
  const Int_t    trackId()        const { return  m_trackId;  }
  const Double_t  helix(Int_t i)  const { return m_helix[i];  }
  const Int_t     charge() const;
  const Double_t  pxy()    const;
  const Double_t  px()     const;
  const Double_t  py()     const; 
  const Double_t  pz()     const; 
  const Double_t  p()      const; 
  const Double_t  theta()  const;
  const Double_t  phi()    const; 
  const Double_t  x()      const; 
  const Double_t  y()      const; 
  const Double_t  z()      const;  
  const Double_t  r()      const;
  const Int_t     stat()   const { return  m_stat; }
  const Double_t  chi2()   const { return  m_chi2; }
  const Int_t     ndof()   const { return  m_ndof; }
  const Double_t  err(Int_t i)  const { return  m_err[i];}
  const Int_t     nhits( )      const { return  m_nhits; }
  const Int_t     nster()       const { return  m_nster; }
  const Int_t     nlayer()      const { return  m_nlayer; }
  // vector<Int_t> vecHits() const { return  m_vecHits ; }
  vector<Int_t> vecClusterId() const { return  m_vecClusterId; }
  //Get rec
  const Double_t vx0( void )    const { return m_vx0;    }
  const Double_t vy0( void )    const { return m_vy0;    }
  const Double_t vz0( void )    const { return m_vz0;    }
  const Double_t fiTerm( void ) const { return m_fiTerm; }
 
  //Set
  void    setTrackId(const Int_t trackId ) { m_trackId = trackId; }
  void    setHelix(const Double_t helix[5]) {
    for(Int_t i=0; i<5; i++) m_helix[i] = helix[i]; 
  }
  void    setStat(const Int_t stat     )   { m_stat = stat;   }
  void    setChi2(const Double_t chi   )   { m_chi2 = chi;    }
  void    setNdof(const Int_t ndof     )   { m_ndof = ndof;   }
 
  void    setErr(const Double_t er[15] )   {    
    for (Int_t i=0;i<15;i++) m_err[i]  = er[i];   
  }
 
  void    setNhits(const Int_t nh      )  { m_nhits=nh;     }
  void    setNster(const Int_t ns      )  { m_nster=ns;     }
  void    setNlayer(const Int_t nlayer )  { m_nlayer = nlayer;   }
  // void    setVecHits(vector<Int_t>& vecHits) { m_vecHits = vecHits; }
  void    setVecClusterId(vector<Int_t>& vecCluId) { m_vecClusterId = vecCluId; }
  //Set rec
  void    setVX0(Double_t vx0)       { m_vx0 = vx0;    }
  void    setVY0(Double_t vy0)       { m_vy0 = vy0;    }
  void    setVZ0(Double_t vz0)       { m_vz0 = vz0;    }
  void    setFiTerm(Double_t fiterm) { m_fiTerm = fiterm;}
  
  void    setTRecMdcTrack(const TRecMdcTrack *mdcTrk){
    for(int i=0;i<5;i++){
      m_helix[i]=mdcTrk->helix(i);
    }
    for(int i=0;i<15;i++){
      m_err[i]=mdcTrk->err(i);
    }
    m_trackId=mdcTrk->trackId();
    m_stat=mdcTrk->stat();
    m_chi2=mdcTrk->chi2();
    m_ndof=mdcTrk->ndof();
    m_nster=mdcTrk->nster();
    m_nlayer=mdcTrk->nlayer();
    m_vx0=mdcTrk->vx0();
    m_vy0=mdcTrk->vy0();
    m_vz0=mdcTrk->vz0();
    m_fiTerm =mdcTrk->fiTerm();
    m_vecClusterId=mdcTrk->vecClusterId();
  }
 
  private: 
  Int_t    m_trackId; // Track Id Wensp add 2005-10-19 
  Double_t m_helix[5];// 5 track parameters
  Int_t    m_stat;    // Track Fit Quality
  Double_t m_chi2;
  Int_t    m_ndof;        
  Double_t m_err[15]; // Error  Matrix
  Int_t    m_nhits;   // number of  total hits contained
  Int_t    m_nster;   // number of  stereo hits contained
  Int_t    m_nlayer;   // number of  layer hits contained
  // vector<Int_t> m_vecHits; // Hit list of the track wensp Add 2005-10-20
  vector<Int_t> m_vecClusterId; // cluster id list
 
  //Rec
  Double_t m_vx0;     // The coordinate of pivot(cm)
  Double_t m_vy0;     // 
  Double_t m_vz0;     // 
  Double_t m_fiTerm;  // phi angle value at track terminated point
 
  ClassDef(TRecMdcTrack,3)
};
 
#endif